60L Precision Force Electric Digital Lab Overhead Stirrer Mixer Speed Adjustable

Introduction: Apply to a stable liquid stirring, especially for mixing a small volume of samples, petroleum, chemical, medical. It was specially designed for application in health, environmental, biochemical experiments, education and scientific research purpose. LCD display the setting speed and actual value, and real time monitoring the speed and time. Can accuracy control the stirring speed, speed range is 200-3000rpm. Overload protection, Loop protection, smoothly start, prevent overflow. Specification: 　 Model OES-60M Motor power 200W Motor type Brushless DC Motor Torque at chuck 90 N.CM Electrical supply AC 100-240V, 50/60Hz Rotational speed range 200- 3000 rpm Stirring volume max. (H2O) Up to 60L Stir speed display Digital LCD display Resolution +/- 1 rpm Stir rod length 300mm Stir rod material Stainless steel 304 Holder length 600mm Chuck range Ø0.5-10 Product dimension 200 x 315 x 600mm Gross weight 12kg Allowed environment 5 - 40°C, 80%RH Max. viscosity 80,000 (mPa.s)

• High Capacity: Designed for large volumes, this 60L overhead stirrer mixer is ideal for use in laboratories and industrial applications, allowing for efficient mixing of liquids, slurries, and other materials.
• Precision Speed Control: The digital display and adjustable speed settings enable precise control over stirring speeds, ensuring optimal mixing conditions tailored to various substances and processes.
• Robust Construction: Built with durable materials, the electric stirrer is designed to withstand rigorous laboratory environments, ensuring reliability and longevity even under continuous use.
• Powerful Motor: Equipped with a powerful motor, this stirrer can effectively mix both low and high-viscosity liquids, making it versatile for a range of applications, from chemistry experiments to production processes.
• User-Friendly Design: The intuitive controls and digital interface make operation easy, allowing users to quickly adjust stirrer speeds and settings while maintaining safety and efficiency during mixing tasks.